When 3D scanning, choosing the right distance to your object is crucial for the optimal measurement result. How to determine the right scanner position and how the 3D scanner itself aids in this decision, you get to read here.
In our well-known format “Getting Started”, you already get useful information on a quick start with ZEISS Reverse Engineering. Besides that, our newly-established training tutorials feature more in detail insights into the software solution for you to follow along. Read more about the software training tutorials here:
Our team was at the Control in Stuttgart, Germany. The trade show about all things quality control and assurance is THE event for people interested in metrology. The ZEISS initiative #HandsOnMetrology is again part of it and presents the latest news on 3D scanning. With us on board – the new ZEISS T-SCAN hawk 2.
You want to get an overview ofindustrial quality solution by ZEISS? How about checking our annual magazine!
Whether it’s about 3D scanning, inspection software or tech trends – we got you covered with our latest issue of the ZEISS Precise magazine 2023.
With the help of 3D laser scanners the company Stork maintains their customer’s part quality in the most divers industries. In this article we highlight parts of their working, also being reverse engineering as well as digital warehousing for more efficient quality assurance.
Optical metrology is a measurement technique that uses light to gather data about the physical properties of objects. This can include measurements of distance, shape, size, surface roughness, and more. Optical metrology has a wide range of applications across various fields, from manufacturing and engineering to biology and medicine.
Say hi to the new ZEISS T-SCAN hawk 2, our next-generation, lightweight 3D laser scanner with metrology-grade precision and remarkable ease-of-use.
Follow us to the offshore windpark. The team around Elisabete gives us exclusive insights into the work with the hand held laser scanner T-SCAN hawk in confined wind turbines.
3D scanning of turbines was performed successfully in several hydroelectric
power plants in order to assess the condition and the efficiency of these
turbines, to check their shape, to create copies or to prepare new ones. The 3D scanning system and TRITOP allow for high accuracy measurements even of large and complex components like water turbines. Such a detailed 3D model detects the slightest deviations from the ideal geometry of the rotor.
Geek Talk is all about the passion and fun that goes far beyond our daily tasks and jobs. In this video format our 3D scanning
